Medical Products
Injectable Solution Impurity Detection System
Ensuring drug purity at the highest level
Function：The core function of impurity detection in injectable solutions is to ensure drug purity. Impurity detection is mainly divided into the following four parts:
Application cases：From research and development to production, clinical application, and market regulation, stringent impurity detection is essential to ensure the safety, efficacy, and compliance of pharmaceuticals.
Research & Development phase: Impurity detection is used to assess the stability and purity of different formulations.
Production phase：By detecting residual solvents and other impurities, ensure the purity of pharmaceuticals.
Intelligent Surgical Assistance System
Keeping loved ones safe while you’re away
System Advantages: The system uses advanced deep learning for real-time image processing during surgery, providing instant feedback and reducing manual errors. It employs weakly supervised learning to continuously improve its models from surgical videos. With more data, its accuracy and guidance improve. The system is highly automated, from tissue recognition to cutting guidance and diagnosis support, reducing doctors’ workload and handling complex surgeries efficiently and safely.
Enhancing surgical precision and safety: The system provides real-time tissue recognition and precise cutting guidance, reducing intraoperative errors, especially in tumor removal and complex organ operations. Its core advantage is adaptability to various complex surgical scenarios, offering detailed surgical assistance.
Accelerating Surgery: The system uses efficient image processing to auto-generate and optimize cutting paths, saving doctors’ time. This automation boosts efficiency and significantly shortens surgery time, especially in lengthy tumor removals.
Smart Cervical Cancer Detection System
Automated Cervical Cancer Screening
Current screening methods rely on manual microscopic examination or sem-automatic digital pathology systems.
We’ve applied AI deep learning to cervical cancer detection by bridging the gap between algorithms and hardware, reducing the risk of human error and the limitations of previous programming by combining AI, digital pathology, and multimodal biological signal analysis with 97% accuracy.
The process is inexpensive and fast with results available within minutes.
DNA Cancer Cell Detection
DNA-Based Early Cancer Detection
Our DNA cancer detection system is a fully automated solution that analyzes cellular DNA through advanced imaging, including automatic focusing, cell segmentation, and DNA content analysis. The process requires no manual intervention, delivering fast and highly accurate results.
By identifying abnormal DNA changes at the earliest stages, the system enables detection of potential lesions before tumors fully develop. During treatment, it continuously monitors DNA variation to evaluate patient response and support timely adjustments to therapy.
Efficient and precise, this technology improves diagnostic speed, enhances accuracy beyond traditional methods, and supports more personalized treatment decisions—helping clinicians act faster and treat smarter.
Cancer Cell Morphology Detection System
See Cancer Cells. Diagnose with Confidence.
Our morphology detection system uses deep learning to identify cancer cells with up to 98% accuracy, reducing human error and improving precision—even in complex cases. Fully automated from microscope scanning to image stitching, cell recognition, and report generation, it streamlines workflows and minimizes manual effort.
Built for scale, the system processes multiple samples simultaneously, increasing throughput for high-volume pathology labs. Real-time detection generates detailed electronic reports with cell distribution, cancer type, and key parameters for faster clinical decisions.
By combining morphological analysis with DNA quantification, it improves both sensitivity and specificity—reducing misdiagnosis and missed cases while supporting earlier detection and more confident treatment planning.
Immunohistochemistry Intelligent Diagnostic System
Smarter Staining Analysis. Sharper Insights.
Our system automates immunohistochemistry image analysis, transforming manual evaluation into machine-assisted diagnosis. Powered by deep learning, it adapts to diverse pathology samples, improving accuracy while reducing human error and diagnostic time.
Built for high-volume environments, it supports multi-channel detection and simultaneous sample processing, significantly increasing efficiency in large-scale pathology workflows. Continuous learning from extensive datasets further enhances performance over time.
By automatically analyzing and quantitatively scoring key cancer antigens, the system enables precise cancer classification, staging, and treatment evaluation—supporting faster decisions and more personalized treatment planning.
AI Smart Cane
Freedom and assistance in your hands
Specifically designed for the visually impaired and elderly with limited mobility, the AI smart cane integrates AI sensing, environmental warning, and emergency rescue functions to ensure all-day safe travel. Core features include all-round obstacle detection, dual fall detection & emergency rescue, and seamless indoor & outdoor navigation.
Health & Wellness Smart Scan
One-Look Noninvasive Screening
Our one-look screening technology is a non-contact system that measures heart rate, respiration rate, blood pressure by analyzing a person’s face with capabilites to test for drug and alcohol use.
The smart scan can also recognize a person’s psychological state, providing a comprehensive mental and physical health screening quickly and accurately.
Quick and painless, Smart Scan cuts down time for patient healthcare visits while improving healthcare quality, and can be use to also evaluate individuals such as pilots, commerical vehicle drivers, surgeons, and construction workers before starting a shift.
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